- METABASE 30M SERIES INSIGHT UPGRADE
- METABASE 30M SERIES INSIGHT SOFTWARE
- METABASE 30M SERIES INSIGHT WINDOWS
If you upgrade components for optimal system utilization, and
METABASE 30M SERIES INSIGHT SOFTWARE
Represents another management endpoint, another hardware maintenance target,Īdditional required software licensing, and another source of consumed power, all of Each physical server that is in your infrastructure Although the new server andĪccessories would result in an initial CAPEX outlay, the resulting OPEX savings Reduction in physical server count from four to one. In our new configuration, we were able to run 3.5 times more VMs onĪ single physical server than the legacy configuration, essentially showing the potential Finally, we upgraded the NIC toĪn Intel X520 10Gb NIC, and we were able to reach our optimal 60 percent CPU powerīusinesses are often caught in difficult situations where they need to upgradeĪging hardware but must also maximize every dollar spent and aim for a quick return on This upgrade elevated performance andĬPU utilization, but then capped out our NIC utilization. Upgraded the storage to use Intel SSD storage. Sagged to just 37 percent due to the hard disk storage being constrained. In doing this, we achieved an immediate boost in VM countįrom the processor, hardware platform, and new operating system, but CPU usage
METABASE 30M SERIES INSIGHT WINDOWS
Windows Server 2012, while the other subsystems – the external storage and the 1Gb The new configuration, we performed a baseline test and a series of system upgrades toĭemonstrate what happens when certain constraints are overcome with upgradedįirst, we ran the system with the new Intel Xeon processor E5-2697v2 and Legacy system, we achieved approximately 60 percent CPU usage with eight VMs. In both cases, the goal was to use 60 percent of CPU power. To demonstrate this effect, we tested a legacy configuration and a newĬonfiguration.
If the processor and storageĪre upgraded but the workload is network limited, then again, the system may run suboptimally. Then the customer may end up using too little processor. ForĮxample, if a server has upgraded processors but its workload is limited on storage IOPs,
Your server purchase, consider the impact of not upgrading these components. However, investing a bit more inĬomponent upgrades could further boost performance. Will likely outperform the servers you currently use. When you purchase a server, upgrading components from a basic configurationĬan help your infrastructure support your growing business for years to come.Īny new server purchase will include new technology, so even the base model Of users, database orders, and VMs that the server could support. While upgrading all four components maximized performance, weĪlso found that each individual component upgrade significantly increased the number Microsoft® Windows Server® 2012 operating system, Intel SSD DC S3700 series drive,Īnd Intel Ethernet CNA X520 series adapters supported 3.5 times more VMs than the Server and storage upgraded with the new Intel® Xeon® processor E5-2697v2, That come with upgrading these various components. Storage server in multiple upgrade configurations to show the performance increases In the Principled Technologies labs, we first measured typical performance of anĮxample legacy server and legacy storage server, and then tested new server and Operating system, drive type, and network card. Typically, these upgradeable components include the processor,
Selecting replacement hardware for your legacy systems, you can go with a basicĬonfiguration, upgrade some components as part of the new purchase, or upgrade all Long way to getting you the performance you need as your business grows. Replacing older servers in your datacenter with new, upgraded ones can go a INCREASE DENSITY AND PERFORMANCE WITH UPGRADES FROM Increase density and performance with upgrades from Intel and Microsoft By investing in upgraded components from Intel and Microsoft, you can get the most out of your server infrastructure both now and in the future. Upgrading components piece by piece can improve your server capacity, but upgrading the processor, OS, storage, and network configuration together provided the biggest increase in our tests. In our tests, we found that upgrading a server with the new Intel Xeon processor E5-2697v2, Microsoft Windows Server 2012 operating system, Intel SSD DC S3700 series drive, and Intel Ethernet CNA X520 series adapters supported 3.5 times more VMs than the legacy server we tested, which also meant 3.5 times the database performance and Exchange user mailboxes. Rather than purchasing replacement servers with base configurations, consider upgrading key components to ensure you get the performance you need. As the needs of your business grow, so must the power of your server infrastructure.
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